负荷曲线的英文

• load curve
• load diagram
• loading curve

• "负荷"英文翻译    load; charge; weight
• "曲线"英文翻译    curve; curved line
• "负荷曲线图" 英文翻译 :    load curve; load pattern
• "年负荷曲线" 英文翻译 :    annual load curve; annual load diagram
• "日负荷曲线" 英文翻译 :    daily load curve
• "电站负荷曲线" 英文翻译 :    power-station load curve
• "负荷曲线低谷" 英文翻译 :    load valley
• "负荷曲线峡谷" 英文翻译 :    dip of load curve
• "平日负荷曲线" 英文翻译 :    weekday load curve
• "人力负荷曲线" 英文翻译 :    manpower loading curve
• "业务负荷曲线" 英文翻译 :    traffic pattern
• "有效负荷曲线" 英文翻译 :    efficiency-load curve
• "负荷曲线；钻压曲线" 英文翻译 :    load curve
• "载重曲线,负荷曲线" 英文翻译 :    load curve
• "单纯日负荷曲线" 英文翻译 :    single-day-load curve
• "负荷曲陷" 英文翻译 :    load curve
• "静载荷曲线" 英文翻译 :    net-load curve
• "净载荷曲线" 英文翻译 :    net load curve
• "年载荷曲线" 英文翻译 :    yearly load curve
• "日峰荷曲线" 英文翻译 :    peak-day-load curve
• "卸荷曲线" 英文翻译 :    unloading curve
• "载荷曲线" 英文翻译 :    curve of load; loac curve; load curve; load line; loading curve
• "叶剖载荷曲线" 英文翻译 :    blade profile loading line
• "周期载荷曲线" 英文翻译 :    cyclic loading curve
• "螺旋桨载荷曲线" 英文翻译 :    propeller load curve

• Annual load curve
  年负荷曲线
• Combining it with the standard daily load curve can make the mean daily forecasting error with in 2 %
  将其与标准日负荷曲线取平均作为预测结果，示例表明日平均误差小于2 % 。
• With the proposed method , the internal operation of lijiaxia hydropower station is optimized and the optimized load distribution is derived based on three characteristic daily load curves
  运用上述方法，分别以3条特征日负荷曲线为依据对李家峡水电站的厂内运行进行了优化，并得到其负荷分配方案。
• Actually , known the distribution of electric price and demand of heat load versus time , an optimizing supply curve can be drawn , that is , the concrete economically running policy can be made
  实际上，在已知逐时电价曲线和用户热负荷曲线的情况下，应存在一条最优的供热曲线（或电锅炉启停曲线） ，这条曲线可利用最优化理论和适当的优化方法来找到。
• By effectively managing and controlling of electric load , we can improve load curve and advance using rate of power supply equipment , which can prevent from drawing strobe and limiting electricity and avoid affecting social produce and life
  对用电负荷进行有效的管理和控制可改善负荷曲线，提高发供电设备的利用率，可防止拉闸限电，避免影响社会生产和生活。
• The overhaul of power units are arranged in terms of peaking capacity balance and the power loads are dispatched based on the principle of equal incremental coal consumption rate in the new method , which is anticipated to solve the economic operation of the power system
  实际上，抽水蓄能电站的容量效益与电网的负荷水平、负荷曲线形状和常规水电的比重有关，而节煤效益除与负荷水平、负荷曲线形状有关外，还与电网的电源结构、火电机组的动力特性有关。
• This software can not only measure the real time data of hydroelectric plant , but also carry out the auto generate electricity on the hydroelectric plan t and ordinal startup - stop of the dynamotor . the software also carrys out the functions of alarm disposal , report forms , print and load curve
  该软件不仅实现了对水电站内各种模拟参数和数字信号的实时监测功能，还实现了对水电站的自动发电、机组顺序启停的控制，以及报警处理、报表打印、负荷曲线等功能。
• It is built using graphical technology of geographic information system and can be used as the graphical plate for power system software , making the operation and the management of the devices easy and intuitionist , and the analysis of network topology more automatic and accurate . in the aspect of the calculation of loss , this system calculates the loss of the active power and reactive power , forms the result in the database considering the differences of load - curves at every node , and allows the property or queries loss of the devices using graphic interface
  它以地理信息系统( gis )的图形化技术为基础，为电力系统软件架设图形化平台，使设备的操作、管理更加直观，使电力系统的网络拓扑分析程序更加自动化、准确；在线损计算方面，考虑了各负荷节点负荷曲线的不同，可以从计算结果中分别统计有功损耗和无功损耗，也可以方便的在配网图上对各种元件进行属性查询，损耗查询等。
• First , build the building model and air conditioning dynamic cooling load analysis model of the stock exchange in the basis of the experiment . second , calculate the air conditioning dynamic cooling load in summer ( april to october ) hourly by software simulation , obtain the maximum cooling load daily , the minimum cooling load daily , the proportion of each cooling load occupying the total cooling load and cooling load time frequence , analyse them by using twin load curves . last , contrast theoretical calculations with test results , analyse them and prove the model proper
  首先，以实验为基础建立了证券营业部的建筑模型及空调动态冷负荷分析模型；其次，通过逐时逐日计算出了其夏季( 4月? 10月)空调动态冷负荷、各分项冷负荷在空调总冷负荷中所占的比例及空调冷负荷时间频数，并运用双负荷曲线法对每日最大冷负荷与每日最小冷负荷进行分析；最后，与实测数据进行对比，二者曲线基本符合，效果良好，证明所建模型适当。